The bending of mop shafts is usually caused by improper use, material issues or uneven force distribution over a long period of time. To prevent the mop handle from bending, you can start from the following four aspects:
First, choose high-quality mop handle materials
Stainless steel or aluminum alloy mop rods
Advantages: Stainless steel and aluminum alloy materials have high strength, good corrosion resistance and are not easy to bend.
Recommendation: Give priority to choosing stainless steel mop rods with thickened or hollow designs, as they have stronger load-bearing capacity.
Avoid pitfalls: Do not purchase mop handles made of plastic or thin iron, as they are prone to deformation over long-term use.
Check the interface design of the mop handle
Advantages: The connection between the mop rod and the mop head should adopt a reinforced design (such as threaded tightening or snap-fit fixation) to reduce shaking and uneven force distribution.
Operation: When installing, ensure that the interface is tight to avoid loosening and causing concentrated force on the mop rod.
Second, use the mop properly
Avoid applying excessive force
Incorrect operation: Pressing the mop stick too hard or pulling it forcefully can easily cause the mop stick to bend.
Correct operation:
When mopping the floor, keep the mop stick vertical and use the weight and rotation function of the mop head to clean the floor.
When encountering stubborn stains, you can apply force locally, but avoid pressing the mop handle for a long time.
Control the Angle of the mop handle
Incorrect operation: The Angle between the mop rod and the ground is too large (such as exceeding 45°), causing uneven force on the mop head and making the mop rod prone to bending.
Correct operation: Keep the Angle between the mop rod and the ground between 15° and 30° to ensure that the mop head contacts the ground evenly.
Avoid excessive load
Incorrect operation: Hanging heavy objects (such as buckets or cleaning tools) on the mop handle causes the mop handle to bend.
Correct operation: The mop is only for cleaning the floor and should not be used for any other purposes.
Third, regular maintenance and upkeep
Check the condition of the mop handle
Operation: After each use, check if the mop handle is bent, loose or cracked. Replace it in time if any problems are found.
Tools: A level or a ruler can be used to assist in checking whether the mop stick is straight.
Store properly after cleaning
Operation:
After cleaning, hang the mop stick vertically to avoid deformation caused by long-term horizontal placement.
Avoid the mop handle coming into contact with sharp objects or heavy objects to prevent scratches or bending.
Replace the mop handle regularly
Suggestion: If the mop handle has slightly bent, replace it with a new one in time to avoid further damage.
Cost: Stainless steel or aluminum alloy mop rods are moderately priced and have a relatively low replacement cost.
Fourth, use the no-hand wash function correctly
Avoid violent dehydration
Incorrect operation: Pressing or rotating the mop lever too hard during dehydration causes the mop lever to bend.
Correct operation:
Rotating dehydrating mop: Rotate the mop lever at a uniform speed as per the instructions, avoiding excessive speed or force.
Press the dehydrating mop: Press the dehydrating device evenly to avoid one-sided force.
Control the dehydration intensity
Suggestion: When dehydrating, apply force such that the mop can rotate or press normally. Do not apply excessive force.
Summary and Suggestions
Material selection: Give priority to purchasing stainless steel or aluminum alloy mop rods, and avoid plastic or thin iron materials.
Usage instructions: Keep the mop handle vertical to avoid excessive force or overloading.
Regular maintenance: Check the condition of the mop handle, clean it and hang it vertically to avoid deformation.
Correct dehydration: Operate the dehydration function in accordance with the instructions and avoid violent dehydration.
By taking the above measures, the service life of the mop rod can be effectively prolonged and the problem of bending can be avoided.